Silhouette Connect vs Vector Field

Silhouette turns raw microscopy data into cell-specific measurements that are suitable for quantitative analysis. To generate each measurement, Silhouette automatically identifies all cells within an image then quantifies the properties of each identified cell. In addition to morphological properties such as cell size and position, the intensities of fluorescent reporters are quantified by averaging all of the pixels within each identified cell. Silhouette also provides a graphical user interface that allows users to efficiently annotate each measurement. For instance, users may label identified nuclei with their apparent cell type. Annotation may also be performed on handheld devices using Silhouette Connect. In either case, assigned labels are appended to the Silhouette file structure in real time, facilitating label-based querying during later stages of analysis.

Vector Field lets you create and visualize mathematical vector fields with thousands of animated particles. Enter your own equations, adjust the simulation instantly, and watch how particles move through 2D, 3D, or spherical spaces. Whether you are studying differential equations, experimenting with dynamical systems, teaching vector calculus, or simply exploring mathematical patterns, Vector Field turns equations into interactive motion. Features: • Visualize vector fields in 2D, 3D, and on a sphere • Define custom dx, dy, and dz equations using x, y, z, and time t • Use built-in function presets or save your own • Adjust particle speed, density, lifetime, colors, and ranges • Animate time-dependent fields • Normalize vectors to focus on direction • Rotate 3D views interactively • Powered by Metal for smooth real-time rendering • Create, tweak, and discover vector fields directly from your device.